@ Feliz and Wesley: 1.6 volts (or 4 or 5) would of course not deliver anything like 350 amps through your body. If it did, that would severally burn, if not kill, you instantly (depending on what part of your body the current is passing through).Just because a circuit is _capable_ of delivering 350 (or 1000) amps doesn't mean that it actually _will_ in any given situation. Obviously, the amount of current that can be delivered depends largely on the resistance of the circuit. A 12-volt car battery can deliver 1,000 amps of current. But of course it won't deliver anywhere near that much current if you are merely touching the battery terminals. Your body has too much resistance to allow much current to flow at that voltage.
FYI, I've done this type of thing countless times with a 600/5 25 pound Current Transformer backfed with 120 VAC. That current transformer is wound with #12 wire, and I've got a 1/0 cable as a single turn secondary. This setup generates a measured 1100 Amps while pulling 12 Amps out of the AC power plug. Bottom line, the video demo does have high current, but it isn't 1000 Amps. That 1100 Amps will heat up the 1/0 cable to the point of smoking the insulation in under 30 seconds. As far as being dangerous, it is only dangerous if those leads touch something like a wedding ring!
Finally the device we have all been waiting for. The solution to every experimenters problem. The device everyone needs on his work bench for all those times when he needs to melt pennies or Coca-Cola cans. But don't forget... Never use an outlet strip with a switch. Control the transformer ONLY by manipulating the AC plug. Also, keep all wires short, and all components as close as possible to the output arc.
Now that we have wide angle lenses in the future...that problem has been resolved...thank you for watching and you're continuing support in providing a safe environment for all...
no problem here. He even mesured that it is only 1.7V wont be able to push more current through your body than a AA battery can do. (a little bit more since it isnt 1.5 but 1.7V and cause it is AC and not DC) But YOU shouldnt do this either. Cause of the 230V of your plug and because of the heat coming from it.
@@ryohandoko1450 our body have more resistance than coca cola can so no current will pass through our body...yeah its true that voltage kill u not the current but don't try this at anywhere without under any experts guidance.😁
@@shashankshekharpandey4678 high current kills you if it flows long enough through your body, but the more voltage at your body the more current will flow.
@@neutronenstern. bro you cannot have current without voltage....voltage is energy supply for current...our body have very high resistance ig above 2 mega ohms so to generate 1000 Amps in our body you must required 2×10⁹ V....and yea u can have voltage without current as we can measure voltage across two non connected terminals...so stop saying current kills us🙂 **peace**
I think I know what you mean bc I had the same thought so I looked it up: it's not a single wire but two separated ones that form two different coils separated by an insulating layer. The two wires are not touching even if it looks like so
@@purplegravy1 Absolutely no! Current is killing but only when theres enough voltage to force it through your body. The reason why that junk has over 1000A is because that thick wire has very low resistance (maybe around 2mΩ) so 1.6 volts is enough to induce 1000+A when theres no load. Even tongue has enough resistance to keep you alive. You would need a hundreds megawatts of power to kill you with this shit and that would actually burn this to coal even before touching you.
Looking through the comments and clearly there are a lot of folks who don’t understand the basics of electricity. Yes, the volts are low, but it is not voltage that is dangerous. Amps will kill you. This is a crazy dangerous experiment. Not saying I wouldn’t do it, very similar to the microwave welder projects on TH-cam. Still, I hope nobody making the comments on here about “that kind of voltage won’t hurt you” or “that amperage is only dangerous with higher amperage” Anyways I see this is old video. So you must know what you’re doing by now and are still alive. Thanks for your experiments
Meh you are wrong, those 1000A dont have the force to move through the body since the force is only 1v so, current is equal to voltage divided by resistance, so the voltage wich is 1v divided by the body resistance wich is like 1M ohms
The amount of power in primary and secondary must stay the same.... at secondary u got I=1000A U=1.6V that gets P=U*I P=~ 1600W now at primary u got U=220V and the power consumed P=1600W so I=P/U so u get 7.27A and thats below your 50A breaker.....
To the supply, the primary coil has inductive impedance when the secondary has infinite resistance. Impedence is sort of like resistance to alternating currents. The impedance on the primary drops when the secondary coil is under load. When the secondary is physically shorted, there is still a small amount of copper resistance. If that resistance is .001 ohms then at 1.6vc you will have 1000 amps along with 1600 watts in the secondary, At a reasonable 95% efficient power transfer from the primary to the secondary means you have to feed in 1684.2 watts to the primary. If your source voltage to the primary is 240 vac, then the amperage is about 7 amps on the primary. A 240vac to 1.6vac transformer needs 150 turns on the primary for every turn on the secondary. On the other hand, a 120vac to 1.6vac transformer needs 75 turns on the primary for every turn on the secondary. There needs to be enough iron or ferrite in the transformer core to give it high inductive impedance.
Sooooooo, harmless to a bare handed grip (fire test) but can melt a coin in 5 seconds? I don't understand electricity or any of these things worth a shit, but if it can melt a coin in 5 seconds, shouldn't that just instantly kill you when you touch it? I'm beyond confused at this point. So fucking counter intuitive it actually hurts.
The coin’s electrical resistance is very low (less than a fraction of an ohm), so it conducts enough electricity to melt itself. However, your hands have very high resistance (up to 100,000 ohms), so the electricity just can’t flow through to shock you. Look up Ohm’s Law.
mengapa berani tanpa pengamanan ya karna itu listrik (copper wired)tidak terhubung lngsung dengan ac karena itu gpp di pegang selagi tidak di pegang di mata kabelnya simple saya sudah coba ;)
voltage or current alone won´t kill anybody ... a paralyser can provide 400 000 volts and higher but you won´t die from it because it also supplies very low current way lower than 1 milliamp. You won´t die from pure current or pure voltage, but they need to be intertwined to have an effect on you. Voltage is the force that makes current pass through resistance and the effect of current is what kills you. But the human dry skin has a relatively large resistance of approximately 200 000 ohms so a relatively large voltage is required to make lethal currents pass trough your body , which are starting around 100 milliamps. So if he has a 1,7 V voltage output from his transformer, that is way lower to pass any significant current though his body to have an effect to him. At least around 35V of AC voltage would be needed and that also is dependant on many factors like humidity of his skin, wounds and so on. The only way he could die from this output is if he wore medieval metal armor and put the cables across it so he would be cooked to death :P
I know stuff about transformers, p=vi, v=ir, but still I dont get that if the voltage across the two terminals is low howcome there is a large current flowing through? Aren't we said that V is directly proportional to I, and so if V decreases shouldn't I decrease too?
@@blusky3591 Think of it as 'trading' the imput voltage for a much higher current. This situation decreases the voltage and increases the current. (Like a trade off)...
That wasn’t an experiment, that was a project, a minimal one. Can’t see the reasoning behind disassembling a valuable a toroidal transformer to make a spark and arc melt a gum wrapper that I could have achieved with an old car battery and a pair of cheap jumper cables, or with the bug zapper out back.
Up and coming rf and electrical engineer. Nice to meet you. Im going to go to school but not yet. Im 20 years old. Im self taught and im into power supplys, hacking things like satellites and garage doors, and making electrical based weapons. I love the high frequency satellite the military uses to repel enemy forces. I would love to someday do cool things for good not bad. I just hope money allows me to.
1.6 V 1000 A Thats safe to touch This is because human skin resistance is huge so very little current flows if the voltage is only 1.6 V just dont get any metal in contact otherwise they will melt hard
thumb down, next time **PUT A WARNING NOT TO TRY THIS** there are stupid teens on the internet that could use some warning for such a bad experiment idea.
It wont kill him, even if he would directly hold both of cables in his hands. Voltage 1,6V is just too low to let current go through his body. It's just the same if you would hold in your hand 1,5v battery and touch with your fingers + and the - nothing will happen, there is the same situation because voltage is too low and circuit is not closed - current does not flow
Przymek is correct. To an extent. Under normal/usual circumstances that is. But the risk of electrocution is always present no matter the voltage. Human skin possesses a rather high electrical resistance. Therefore, simply touching both ends of the secondary coil will result in nothing since the voltage is low and can not surpass the resistance to flow needed to electrocute a person. Same reason your car battery will not shock you if you simply touch both the Positive and Negative terminals. But if he were to make contact with those ends while conducting his direct short experiment, his body would receive a very potential deadly current, forget the burns. With a car battery, merely a wrench shorting the positive and negative can result in electrocution if not death. Current is an under-appreciated source of danger when dealing with low voltages. The electrocutions and burns during first semester electronics course proved that. Just under 1 tenth of 1 amp is all that is needed, regardless of voltage. That's only 0.1 amp. Even a Triple A battery can produce that amount without trying. Touching both ends of the secondary coil while shorting them out essentially makes you part of the circuit. Current will then flow through you regardless of voltage. If the flow passes through the heart, consider yourself deleted. Hence: Risk of electrocution or death no matter the voltage. He lucked out with the aluminum can since he was smart and only used one hand. A 9-volt battery, two wires, and a touch of movie quality brutality can kill someone. (And no, I will not disclose how to go about doing it while imbeciles are out there eating soap while never managing to fall off of their mythical "flat earth") Death by electricity is always a risk, no matter what the source is. Do not ever underestimate it. Those who have, are no longer with us anymore.
> Voltage 1,6V is just too low to let current go through his body Unless you unlucky enough to scratch yourself, e.g. with sharp wire edges. Current kills, even a few volts with 0.2A current could be lethal. On the other end, it's perfectly safe to get zapped by thousands of volts of static electricity where current may be like 0.0001A
noname noname Correct. Up until the last sentence, While there is usually no harm aside from minor discomfort to get hit by thousands of volts with low amperage, it is by no means "perfectly safe". Contact with the right portion of your head for example, and that combination of low current high voltage will result in you receiving coloring books and a helmet for christmas from that day forward. Take a simple tesla coil for instance. It can make your hair rise, and you can reach out and give a friend a shock. But step out of that fiberglass container, then make contact with the coil. But I warn you, if you do, a loved one may have to plan a funeral. In the realm of electrons, a low number is not necessarily indicative of "safe". In this day and age of technology, we should be providing electrical/electronics courses at reduced or "free" (taxpayer funded) costs to those interested in the field. There is a lot of misconception out there and people are injured and killed because of it all the time. Plus, we need more electronic technicians in the U.S. Maybe we could make a phone worth a damn if we provided such courses. lol
For a safer high voltage, low current experience, use a Van de Graaff generator. But same as the tesla coil, remain on an insulator before making contact. (fiberglass or plastic container) I prefer fiberglass as it is a better insulator than plastic. The following video was designed for children so bare with it. But it will show you how to make high voltage/low current SAFER to touch. Key word: safer th-cam.com/video/ubZuSZYVBng/w-d-xo.html
**=** A transformer need alternative current to work, like 120 volt and 60 hertz or other, that a -|+/+|- wave, and transformated current is keep same alternative current, direct current in transformer doesn't work, because magnetic phenomenone! Transformer can modifying voltage/amps to down or up it, like a gearing effect!
That's not what I mean. Plus, how much amps can go through your heart if the voltage is less than 2 volts through your hands? Maybe if your heart is exposed to open air then maybe then it might kill you.
Amps in this situation wont kill because your skin has a resistance of about 5v, so if this transformer outputted above 5v and it came into contact with you your deaded.
with at least 50 mAmps and at least 35 volts, you WILL DIE. The reason he did not is the low voltage, which can not overcome the resistance of human skin.
Power sources like batteries do not produce current, they produce difference of potential (voltage). The current is decided by voltage and resistance in the circuit from electrode to electrode, but current is the factor that kills you. Voltage is only a consideration by itself when it's high enough to produce dielectric breakdown of unbroken skin (>500 V), and only for the reason that it produces more current because it lowers the resistance of the skin. The threshold for possible irreversible heart problems is around 30 mA, and the skin has a resistance from around 100 kΩ dry to 1 kΩ broken or wet, so 30 V is around the area you need to start applying serious caution. Other factors need to be considered (the proximity to your heart, the frequency of alternating current, etc.), but this is the simplest explanation.
1.6V and 1000 amps= 1600W and his outlet will supply him with 230V (240/250 or what he got) so the only thing we have to do to calculate the input is 1600(W)/230(V)=6.95Amps (I) Summary Input: 230V and 7Amps Output: 1.6V 1000 Amps
Not really =/ It won't make good welds because it takes too long to heat something up, but the heat building up is what will ruin the weld/work piece. But I'm guessing you might already know that if you're talking about welders
2.5KVA=2500VA output voltage= 1.69v 2500va divided by 1.69v=1479.2A please do this yourself next time, it's not that much effort but it makes you at least look like you care.
It's obvious that the needle of the ampermeter is hitting the limit at the end of the scale. So yo really don't know how much is the current. It depends on many things and can exceed the transformer's VA rating, while in other cases it can be possible not to reach it.
Thank you once more. I now understand the principles of inductance. I have so many questions i want to ask.. My interest for these things is so high all of a sudden.
samrat taksande and this tipes of tranformers only output like 1 to 5 V, so with you put in your toungh, you will feel a little shock, like a shock pen, but weaker
samrat taksande its only 1.6 volts at 1000 amps.amps is the thickness of yhe flow and volt is the spped of the flow.its like a battery of 1.5 volts in ur torch.but here the current delivery is 1000 at 50/60 hz
plz tell me what is more dangrs then? voltg or current?? i have saw tesla coil expermnts that show high voltage and low current is safe,, and this video show low vltg and high current is safe... wht is the technic behnd it plz tell
Hello, is round core me Kitne no. ka waire use hua Hai primary me aur is round core ka weight aur size kya Hai please iski puri jankari de apna whatsap no. De
I was thinking the same thing. add some protect circuits and some thermal sensors for the wires and this could be a handy little tool for recycling or just fun blasting stuff with high amps. I don't think this would be safe to run at 1000 amps though, the secondary coil is far too thin and would most likely destroy its insulator and short out.
Opa boa tarde amigo, então amigo será ki teria como vc me da uma força pra mim ,no meu canal queria saber si tem possibilidade de vc divulgar o meu canal no seu é si vc cobra qual o valor ? Eu conserto potências e estou com muito poucos escrito si vc puder me ajudar eu Fico grato e si tiver algum valor a acertar , eu Fico no aguardo blz desde já agradeço....
looks totally safe
+Felix Merz there is 1000 amps here 😂
+bios171 Your skin has resistance requiring 4-5 volts or above to go through it, despite the amount of amps.
@ Feliz and Wesley: 1.6 volts (or 4 or 5) would of course not deliver anything like 350 amps through your body. If it did, that would severally burn, if not kill, you instantly (depending on what part of your body the current is passing through).Just because a circuit is _capable_ of delivering 350 (or 1000) amps doesn't mean that it actually _will_ in any given situation. Obviously, the amount of current that can be delivered depends largely on the resistance of the circuit. A 12-volt car battery can deliver 1,000 amps of current. But of course it won't deliver anywhere near that much current if you are merely touching the battery terminals. Your body has too much resistance to allow much current to flow at that voltage.
it is actually
no iv touched 30v and felt nothing also i looked it up it is 50
*electroboom has left the chat*
ElecteoBOOM Intensifies 😂
Electroboom play with voltage, this guy play with high current.
I just love amps! Heaps better than volts!
You are absolutely amazing bro.
harika yapim hic gizli tarafi yok tesekur ederim basarilar👍
Fabolous Video
Well experience
my mom could kill me if i do this in home. melting coins and coke cans
published on 27 July *damm thats my birth date*
Daemon God cool I know your birthday
Lmao your nuts 🌰. Holding that can. I’d be terrified
我1968年時這碰焊設備已普遍一般，希望不是現今臺灣的制作，為何淪落到此？會今我心痛。
its looks like theres uk power outlets but the transformer makes a 60Hz sound when shorted
How was he touching the can and not getting shocked holding the can?
Super
I like it video
It might be only me but I'd definetly not touch or put my hand closer than 30cm to a powered up exposed 120V transformer
dude its safe
pretty sure this thing makes more than 1000 amps
I mean your amp meter is maxed out
@@The93Vector LMAO
我1968年時這碰焊設備已普遍一般，希望不是現今臺灣的制作，為何淪落到此？會今我心痛。
Coke can: "No wait...what are you gonna...wait NOOOO!!!! AHHHHH!!! AHHHHH WHYYYYY?!?!
"Because I CAN"
@@copernicofelinis Ah!! Well played sir👏👏
I thought the same wtf???
FYI, I've done this type of thing countless times with a 600/5 25 pound Current Transformer backfed with 120 VAC. That current transformer is wound with #12 wire, and I've got a 1/0 cable as a single turn secondary. This setup generates a measured 1100 Amps while pulling 12 Amps out of the AC power plug. Bottom line, the video demo does have high current, but it isn't 1000 Amps. That 1100 Amps will heat up the 1/0 cable to the point of smoking the insulation in under 30 seconds. As far as being dangerous, it is only dangerous if those leads touch something like a wedding ring!
What is the voltage on the big wire? I am guessing extremely low.
It used how many w
It's satisfying how you can hear the transformer humm whenever you put load on it.
If you know what you're doing, especially involving risky activities, then safety measures would just be an afterthought.
Finally the device we have all been waiting for. The solution to every experimenters problem. The device everyone needs on his work bench for all those times when he needs to melt pennies or Coca-Cola cans. But don't forget... Never use an outlet strip with a switch. Control the transformer ONLY by manipulating the AC plug. Also, keep all wires short, and all components as close as possible to the output arc.
Now that we have wide angle lenses in the future...that problem has been resolved...thank you for watching and you're continuing support in providing a safe environment for all...
That is probably more than 1000A
It is actually
Obviously. It’s bouncing off the end of the meter without any sort of issue.
3:38 trust me im an engineer
no problem here. He even mesured that it is only 1.7V
wont be able to push more current through your body than a AA battery can do.
(a little bit more since it isnt 1.5 but 1.7V and cause it is AC and not DC)
But YOU shouldnt do this either. Cause of the 230V of your plug and because of the heat coming from it.
@@neutronenstern. the less the voltage, the less it would be able to push the current through our body?
@@ryohandoko1450 our body have more resistance than coca cola can so no current will pass through our body...yeah its true that voltage kill u not the current but don't try this at anywhere without under any experts guidance.😁
@@shashankshekharpandey4678 high current kills you if it flows long enough through your body, but the more voltage at your body the more current will flow.
@@neutronenstern. bro you cannot have current without voltage....voltage is energy supply for current...our body have very high resistance ig above 2 mega ohms so to generate 1000 Amps in our body you must required 2×10⁹ V....and yea u can have voltage without current as we can measure voltage across two non connected terminals...so stop saying current kills us🙂 **peace**
1:18 when you realize life is a lie
What do You mean? 🤔
@@tokyo420pm7 idk too
I think I know what you mean bc I had the same thought so I looked it up: it's not a single wire but two separated ones that form two different coils separated by an insulating layer. The two wires are not touching even if it looks like so
kykyky ykykyk what’s about the 2 coils? They generate magnetic field when current flow thru, how could it get to that hight current?
Thanks for the great video.
sorry but you can't beat photonicinduction
i agree
well, with the crazy voice of electronic investigation or rather games. But highly amusing to watch...
Not everything is a competition.
alientech totaly
He needs a carpet and a psycho laugh.
Hi sir
How to make this it toroid transformator
Thanks for all video
Big like❤🤩
ਵੀਰ ਸੇਵਕ ਸਿੰਘ ਜੀ,,, ਘਰੇਲੂ ਮਿੰਨੀ ਵੈਲਡਿੰਗ ਮਸ਼ੀਨ ਬਣਾਉਣ ਲਈ ਘੱਟ ਤੋਂ ਘੱਟ ਕਿੰਨੇ ਵੋਲਟੇਜ ਅਤੇ ਕਿੰਨੇ ਅਮਪੇਅਰ ਦਾ ਟਰਾਂਸਫਾਰਮਰ ਚਾਹੀਦਾ ਹੈ ਜਰੂਰ ਦੱਸਣਾ ਜੀ 🙏🙏🙏ਜਾਂ ਫਿਰ UPS transformer ਚੱਲੇਗਾ
If this video confuses you then you like electricity but you know nothing about it.
Excellent video and idea. (Thanks)
WHY YOUR HAND CANT MELT WHILE TOUCHING ALUMINUM FOIL🤔BUT YOUR HAND IS ALSO GOOD CONDUCTOR🤔🤔🤔
This is not a *T H I C K* wire anymore, this is a car spring
Good work bro
excellent experiment just stop with the the death wish and put some gloves on lol your making my skin crawl
Voltage is too low to hurt.
@@NotMarkKnopfler volts will only make your muscles convulse amps are what kills im not trying to be mean if you dont believe me google it
@@purplegravy1 Absolutely no! Current is killing but only when theres enough voltage to force it through your body. The reason why that junk has over 1000A is because that thick wire has very low resistance (maybe around 2mΩ) so 1.6 volts is enough to induce 1000+A when theres no load. Even tongue has enough resistance to keep you alive. You would need a hundreds megawatts of power to kill you with this shit and that would actually burn this to coal even before touching you.
Looking through the comments and clearly there are a lot of folks who don’t understand the basics of electricity. Yes, the volts are low, but it is not voltage that is dangerous. Amps will kill you. This is a crazy dangerous experiment. Not saying I wouldn’t do it, very similar to the microwave welder projects on TH-cam. Still, I hope nobody making the comments on here about “that kind of voltage won’t hurt you” or “that amperage is only dangerous with higher amperage” Anyways I see this is old video. So you must know what you’re doing by now and are still alive. Thanks for your experiments
Meh you are wrong, those 1000A dont have the force to move through the body since the force is only 1v so, current is equal to voltage divided by resistance, so the voltage wich is 1v divided by the body resistance wich is like 1M ohms
Yes the amps will kill you but if they have the enough voltage to move across the body resistance
You're the one with no basic electrical knowledge
Where do you live? Just wondering as they are UK plugs...
South Korea.
Only UK, Singapore and Malaysia uses these plugs
220v
No its 250v
Malta aswell
Is the welding machine using torodial transformer with input 220V Ac output 1.5505V 1000A is the warning
No ballast!!?? How do you do it 🤔 every time I try shorting something out I end up tripping a 50 amp breaker at the least.
just have more turns in your primary, your primary coil in itself is a ballast
ooh
lol.. I'm a scrub x.x
The amount of power in primary and secondary must stay the same.... at secondary u got I=1000A U=1.6V that gets P=U*I P=~ 1600W now at primary u got U=220V and the power consumed P=1600W so I=P/U so u get 7.27A and thats below your 50A breaker.....
no breaker if its over 50 amps
To the supply, the primary coil has inductive impedance when the secondary has infinite resistance. Impedence is sort of like resistance to alternating currents. The impedance on the primary drops when the secondary coil is under load.
When the secondary is physically shorted, there is still a small amount of copper resistance. If that resistance is .001 ohms then at 1.6vc you will have 1000 amps along with 1600 watts in the secondary,
At a reasonable 95% efficient power transfer from the primary to the secondary means you have to feed in 1684.2 watts to the primary.
If your source voltage to the primary is 240 vac, then the amperage is about 7 amps on the primary.
A 240vac to 1.6vac transformer needs 150 turns on the primary for every turn on the secondary. On the other hand, a 120vac to 1.6vac transformer needs 75 turns on the primary for every turn on the secondary. There needs to be enough iron or ferrite in the transformer core to give it high inductive impedance.
Big Clive is coming over to cook his sausages with it.
If you could heat up a Frey Bentos pie 🥧 with this you would be onto something big
is not 1000 ampere .source Volt 2200 VA / Volt 1,697 = 1290 Ampere. nicely
Eksperimen gila dan berbahaya itu mah, jgn ditiru klo gk safety bos
Fake! Obviously the coil was a paid actor.
NERMOTHUCLEAR yeah! I agree
no fack
@@deyvsondias7492 sabia que tinha que ser brasileiro
Parem de falar que tudo e fake
O cara nunca estudo física da eletricidade n é para falar que e fake
Sooooooo, harmless to a bare handed grip (fire test) but can melt a coin in 5 seconds?
I don't understand electricity or any of these things worth a shit, but if it can melt a coin in 5 seconds, shouldn't that just instantly kill you when you touch it?
I'm beyond confused at this point. So fucking counter intuitive it actually hurts.
The coin’s electrical resistance is very low (less than a fraction of an ohm), so it conducts enough electricity to melt itself. However, your hands have very high resistance (up to 100,000 ohms), so the electricity just can’t flow through to shock you. Look up Ohm’s Law.
I tried to make welder with capacitor (3.5mf) but it don't worked now i will try this
3.5mf is nothing, you need supercapacitors
dex dipa depends on the capacitor
@dex dipa a couple hundered amps
Go to school.
how does your little chunky breakers alive !
HOW ?!?!
oh this was uploaded on my 15th bday
@Utkarsh Rana it was in 2016 tho...
No way to I touch it. Yes, low voltage. I will not touch it. A battery??? Of course I will touch it!! Is completely safe!!
Please first study why it cant kill you
1000A are you OK?????!!
Why not? It`s 1,5 kW power consumption.
hey if you touch the wires wont you be electrocuted??
@@roxancarandang8343 its 1 point something volt so no
Ништяяяяк! всю жизнь мечтал о такой херне! Хераак, и батарейка заряжена!!!!
someone please summon Mehdi Sadaghdar
he will tell you if this is real or not
cos I don't no
and most people here probably don't either
its real lmao
@@tf3confirmedbuthv54 If this real, i had tried it but not working
mengapa berani tanpa pengamanan ya karna itu listrik (copper wired)tidak terhubung lngsung dengan ac karena itu gpp di pegang selagi tidak di pegang di mata kabelnya simple
saya sudah coba ;)
Kalau mata kabelnya kena pegang gmn ya? 🤣
voltage or current alone won´t kill anybody ... a paralyser can provide 400 000 volts and higher but you won´t die from it because it also supplies very low current way lower than 1 milliamp. You won´t die from pure current or pure voltage, but they need to be intertwined to have an effect on you. Voltage is the force that makes current pass through resistance and the effect of current is what kills you. But the human dry skin has a relatively large resistance of approximately 200 000 ohms so a relatively large voltage is required to make lethal currents pass trough your body , which are starting around 100 milliamps. So if he has a 1,7 V voltage output from his transformer, that is way lower to pass any significant current though his body to have an effect to him. At least around 35V of AC voltage would be needed and that also is dependant on many factors like humidity of his skin, wounds and so on. The only way he could die from this output is if he wore medieval metal armor and put the cables across it so he would be cooked to death :P
Nice one bro
I know stuff about transformers, p=vi, v=ir, but still I dont get that if the voltage across the two terminals is low howcome there is a large current flowing through?
Aren't we said that V is directly proportional to I, and so if V decreases shouldn't I decrease too?
@@blusky3591 Think of it as 'trading' the imput voltage for a much higher current. This situation decreases the voltage and increases the current. (Like a trade off)...
Daaaam bro good explanation
This is pretty much how welding machine works. (Some fine prints, but you got the idea)
1,000A @ only 1.6V=Reminds me of perhaps a record CPU overclock, LOL.
That wasn’t an experiment, that was a project, a minimal one. Can’t see the reasoning behind disassembling a valuable a toroidal transformer to make a spark and arc melt a gum wrapper that I could have achieved with an old car battery and a pair of cheap jumper cables, or with the bug zapper out back.
and this is why I love being an electrical engineer. In the name of science!
Up and coming rf and electrical engineer. Nice to meet you. Im going to go to school but not yet. Im 20 years old. Im self taught and im into power supplys, hacking things like satellites and garage doors, and making electrical based weapons. I love the high frequency satellite the military uses to repel enemy forces. I would love to someday do cool things for good not bad. I just hope money allows me to.
@@jordanmarker1220 where are you from
@@skySanter sacramento california
1.6 V 1000 A
Thats safe to touch
This is because human skin resistance is huge so very little current flows if the voltage is only 1.6 V just dont get any metal in contact otherwise they will melt hard
How much current does the primary draw?
1600W @240V @6.6A
probably more like 7 or 8 amps as it isnt 100% efficient
w/v=i
Kids...don't try this at home...
Good for spot welding.
thumb down, next time **PUT A WARNING NOT TO TRY THIS** there are stupid teens on the internet that could use some warning for such a bad experiment idea.
I've done similar before with an old M.O.T
Who did not... 😄
life. Thank you very much for the material. right inscription. but I have the inscription on my souto science channel. give me a break there
se puede usar como soldadura por puntos. con temporizador y potenciometro
It wont kill him, even if he would directly hold both of cables in his hands. Voltage 1,6V is just too low to let current go through his body. It's just the same if you would hold in your hand 1,5v battery and touch with your fingers + and the - nothing will happen, there is the same situation because voltage is too low and circuit is not closed - current does not flow
You are saying the opposite of the comment you are replying to.
Przymek is correct. To an extent.
Under normal/usual circumstances that is.
But the risk of electrocution is always present no matter the voltage.
Human skin possesses a rather high electrical resistance.
Therefore, simply touching both ends of the secondary coil will result in nothing since the voltage is low and can not surpass the resistance to flow needed to electrocute a person.
Same reason your car battery will not shock you if you simply touch both the Positive and Negative terminals.
But if he were to make contact with those ends while conducting his direct short experiment, his body would receive a very potential deadly current, forget the burns.
With a car battery, merely a wrench shorting the positive and negative can result in electrocution if not death.
Current is an under-appreciated source of danger when dealing with low voltages.
The electrocutions and burns during first semester electronics course proved that.
Just under 1 tenth of 1 amp is all that is needed, regardless of voltage.
That's only 0.1 amp.
Even a Triple A battery can produce that amount without trying.
Touching both ends of the secondary coil while shorting them out essentially makes you part of the circuit.
Current will then flow through you regardless of voltage. If the flow passes through the heart, consider yourself deleted.
Hence: Risk of electrocution or death no matter the voltage.
He lucked out with the aluminum can since he was smart and only used one hand.
A 9-volt battery, two wires, and a touch of movie quality brutality can kill someone.
(And no, I will not disclose how to go about doing it while imbeciles are out there eating soap while never managing to fall off of their mythical "flat earth")
Death by electricity is always a risk, no matter what the source is.
Do not ever underestimate it. Those who have, are no longer with us anymore.
> Voltage 1,6V is just too low to let current go through his body
Unless you unlucky enough to scratch yourself, e.g. with sharp wire edges. Current kills, even a few volts with 0.2A current could be lethal. On the other end, it's perfectly safe to get zapped by thousands of volts of static electricity where current may be like 0.0001A
noname noname
Correct. Up until the last sentence,
While there is usually no harm aside from minor discomfort to get hit by thousands of volts with low amperage, it is by no means "perfectly safe". Contact with the right portion of your head for example, and that combination of low current high voltage will result in you receiving coloring books and a helmet for christmas from that day forward.
Take a simple tesla coil for instance.
It can make your hair rise, and you can reach out and give a friend a shock. But step out of that fiberglass container, then make contact with the coil.
But I warn you, if you do, a loved one may have to plan a funeral.
In the realm of electrons, a low number is not necessarily indicative of "safe".
In this day and age of technology, we should be providing electrical/electronics courses at reduced or "free" (taxpayer funded) costs to those interested in the field. There is a lot of misconception out there and people are injured and killed because of it all the time.
Plus, we need more electronic technicians in the U.S. Maybe we could make a phone worth a damn if we provided such courses. lol
For a safer high voltage, low current experience, use a Van de Graaff generator. But same as the tesla coil, remain on an insulator before making contact. (fiberglass or plastic container) I prefer fiberglass as it is a better insulator than plastic.
The following video was designed for children so bare with it. But it will show you how to make high voltage/low current SAFER to touch. Key word: safer
th-cam.com/video/ubZuSZYVBng/w-d-xo.html
**=** A transformer need alternative current to work, like 120 volt and 60 hertz or other, that a -|+/+|- wave, and transformated current is keep same alternative current, direct current in transformer doesn't work, because magnetic phenomenone!
Transformer can modifying voltage/amps to down or up it, like a gearing effect!
To the people who always say, "it's the amp that kills you", here's the proof that it's just BS.
That's not what I mean. Plus, how much amps can go through your heart if the voltage is less than 2 volts through your hands? Maybe if your heart is exposed to open air then maybe then it might kill you.
Amps in this situation wont kill because your skin has a resistance of about 5v, so if this transformer outputted above 5v and it came into contact with you your deaded.
Not on my pc keyboard, cant really be arsed to google for an icon when im just answering a question on a youtube comment
with at least 50 mAmps and at least 35 volts, you WILL DIE. The reason he did not is the low voltage, which can not overcome the resistance of human skin.
Power sources like batteries do not produce current, they produce difference of potential (voltage). The current is decided by voltage and resistance in the circuit from electrode to electrode, but current is the factor that kills you. Voltage is only a consideration by itself when it's high enough to produce dielectric breakdown of unbroken skin (>500 V), and only for the reason that it produces more current because it lowers the resistance of the skin. The threshold for possible irreversible heart problems is around 30 mA, and the skin has a resistance from around 100 kΩ dry to 1 kΩ broken or wet, so 30 V is around the area you need to start applying serious caution. Other factors need to be considered (the proximity to your heart, the frequency of alternating current, etc.), but this is the simplest explanation.
Its not 1000A.. It is much more than it... Your amperimeter hits the final of the scale like a baseball bat
Нет там 1000 ампер...
Very dangerous I am afraid of short circuits!!!
This is an informative video, but it would be better to show the input power...
1.6V and 1000 amps= 1600W and his outlet will supply him with 230V (240/250 or what he got) so the only thing we have to do to calculate the input is 1600(W)/230(V)=6.95Amps (I)
Summary
Input: 230V and 7Amps
Output: 1.6V 1000 Amps
@@reahs4815 This is not necessarily true if he was using AC sources.
and also use biger coin..i belive its consume more than 1.600watt
lets see...1,5 Mil views are around 500$.. I should get my transformer to melt some coins and get the money ....
bet thatle make one good welder
Not really =/ It won't make good welds because it takes too long to heat something up, but the heat building up is what will ruin the weld/work piece.
But I'm guessing you might already know that if you're talking about welders
Jose Cardona. I think you need a higher voltage to keep the arc stable. My stick welder runs at 44 Volt at Idle
It's 1000a with no load and because it's a 1.6v transformator even the really small loads would decrease the current by half.
The load is the Short(R) with very small resistace. When he measured the current, it measured 1000A.
Hmm this doesn't look like a 2000va transformer
In fact, This is an autotransformer.(230V-115V 5KVA) So, this transformer capacity is 2.5KVA
2.5KVA=2500VA output voltage= 1.69v
2500va divided by 1.69v=1479.2A
please do this yourself next time, it's not that much effort but it makes you at least look like you care.
It's obvious that the needle of the ampermeter is hitting the limit at the end of the scale. So yo really don't know how much is the current. It depends on many things and can exceed the transformer's VA rating, while in other cases it can be possible not to reach it.
I calculated the standard formula so I did not take heat loss and such into account
Origoangelohrol322 I did the math, is putting out 972.304 amps so a little less than 1000
Nice
Someone plz explain me how this works
Thank you sir. But why is the the current of this circuit so high and the voltage so low.
Does the thickness of the wire play a role for the induction process?
nvm you answered the first question....
Thank you once more. I now understand the principles of inductance. I have so many questions i want to ask.. My interest for these things is so high all of a sudden.
Jared Palmer sir are you facebook??? If yes then sir what is your fb id.????
Esq moins voltage et en même temps / plus (( À )) ampair ? !
why he didn't get shock during operating soda can by bare hands????
+samrat taksande to get shock you need at least 36 volt AC voltage and wet hands
samrat taksande Path of least resistance.
samrat taksande and this tipes of tranformers only output like 1 to 5 V, so with you put in your toungh, you will feel a little shock, like a shock pen, but weaker
only 1.6v cant kill
samrat taksande its only 1.6 volts at 1000 amps.amps is the thickness of yhe flow and volt is the spped of the flow.its like a battery of 1.5 volts in ur torch.but here the current delivery is 1000 at 50/60 hz
why don't you try to use a smaller plug ... maybe we'll even see flames😂😂😂
plz tell me what is more dangrs then? voltg or current?? i have saw tesla coil expermnts that show high voltage and low current is safe,, and this video show low vltg and high current is safe... wht is the technic behnd it plz tell
Ya me dio miedo la electricidad :(
No va a pasar nada
С трансом понятно. А ка он поджёг спички одновременно.?
how can that toroidal be of 5kVA? i have one a little more bigger and its of 1,5kVA!!!!!
Is the thicker wire less volts but more AMP's?
Exactly
Hello, is round core me Kitne no. ka waire use hua Hai primary me aur is round core ka weight aur size kya Hai please iski puri jankari de apna whatsap no. De
a question, the voltage is one thousand six hundred ninety seven? or almost two volts?
2 volts, so it isnt dangerous
For the thousand volts we use " , "
And for the lower voltage with a little bit we use the dot
@@ElIsraelJijijiji thanks you friend.
Imagine that the transformer what for SOME REASON a highvoltage transformer was.
Could you clamp the inner carbon rod from a battery onto each end and use this as an arc furnace, thus only damaging the carbon rods?
I was thinking the same thing. add some protect circuits and some thermal sensors for the wires and this could be a handy little tool for recycling or just fun blasting stuff with high amps. I don't think this would be safe to run at 1000 amps though, the secondary coil is far too thin and would most likely destroy its insulator and short out.
This guy is gonna die. Looks very dangerous.
Ahahhahaa wrong, study ohms law
how can you have that much current with less volts don't understand this please help
Please study ohms law
You can have trillions of amps with very little voltage as long as the Resistance of conductor is low enough
Someone call Electroboom, this fake as fuck
Ahahahahahahaha wrong, fuck you remember how transformers work
1000A High Current Transformer Experiment.....on your tombstone
Love the electricity but respect it always. Be careful and use gloves.
the fact that he uses his bare hands makes me anxious
But nothing can happen because its just 1.6v almost 2v
Y u not getting the shock from 1000A ? 😯
Nope, low voltage
Goods
so many people arguing about how many volts/amps will kill you...
Now feed it backwards and watch the air ionize 😉
how to make a transformer 200v AC 300 Hz to 200v AC 60 Hz ?
Opa boa tarde amigo, então amigo será ki teria como vc me da uma força pra mim ,no meu canal queria saber si tem possibilidade de vc divulgar o meu canal no seu é si vc cobra qual o valor ? Eu conserto potências e estou com muito poucos escrito si vc puder me ajudar eu Fico grato e si tiver algum valor a acertar , eu Fico no aguardo blz desde já agradeço....